row crop cultivator spacing up to 90 cm CHOPSTAR with finger hoe for maize

Advantagesrow-crop cultivatorCHOPSTAR 5-90

Advantages of hoeing
Beside the positive effect for the crop (water saving, weed control, breaking of crusts, soil aeration, ...) hoeing has many additional advantages for the soil (nutrient-mobilization, disruption of capillary action, protection against erosion, fertilizer application,...) and for the environment. So you can reduce or eliminate the expenditure of herbicide- and active ingredients, further stretch of water and also species richness are protected and soil fertility is increased.

Advantages of hoeing
Beside the positive effect for the crop (water saving, weed control, breaking of crusts, soil aeration, ...) hoeing has many additional advantages for the soil (nutrient-mobilization, disruption of capillary action, protection against erosion, fertilizer application,...) and for the environment. So you can reduce or eliminate the expenditure of herbicide- and active ingredients, further stretch of water and also species richness are protected and soil fertility is increased.

Strong frame for high loads
Rigid or hydraulically folding machines have a strong frame, on which the parallelograms are mounted. The special Einböck-profile-frame allows a fast and simple assembly of the parallelograms. Because of the special frame-form the frame can stand a very high number of hoeing seasons without any problems. Furthermore, the row spacing can be adjusted quickly and infinitely variable.

  1. Frame for a front-mounted rigid machine
  2. Frame for a rear-mounted rigid machine with upper-link-steering
  3. Frame for a front-mounted machine, hydraulic folding
  4. Frame for a rear-mounted machine, hydraulic folding with upper-link steering
  5. Frame for a rear-mounted machine, with double folding for reduced transport width for large machines

Strong frame for high loads
Rigid or hydraulically folding machines have a strong frame, on which the parallelograms are mounted. The special Einböck-profile-frame allows a fast and simple assembly of the parallelograms. Because of the special frame-form the frame can stand a very high number of hoeing seasons without any problems. Furthermore, the row spacing can be adjusted quickly and infinitely variable.

  1. Frame for a front-mounted rigid machine
  2. Frame for a rear-mounted rigid machine with upper-link-steering
  3. Frame for a front-mounted machine, hydraulic folding
  4. Frame for a rear-mounted machine, hydraulic folding with upper-link steering
  5. Frame for a rear-mounted machine, with double folding for reduced transport width for large machines

Hoeing frame in XXL version
Large machines with big working width (e.g. 72-row grain, 24-row beets, 16-row corn) are available in two different versions:

  1. Frame for rear-mounted machine with extra-wide middle-frame (transport width more than 3m)
  2. Frame for rear-mounted machine with trailing chassis (transport width not more than 3m)

Hoeing frame in XXL version
Large machines with big working width (e.g. 72-row grain, 24-row beets, 16-row corn) are available in two different versions:

  1. Frame for rear-mounted machine with extra-wide middle-frame (transport width more than 3m)
  2. Frame for rear-mounted machine with trailing chassis (transport width not more than 3m)

Long parallelogramms with retraction support
The wide parallelogramms are equipped with retraction support and durable Farmflex feeler wheels. Furthermore they can be adjusted in the joints, this guarantees a high (side)stability and accuracy even after many years of use.

  1. The parallelogramm is fixed with a clamping lever to the frame
  2. Parallelogramm for front-mounted machines
  3. Parallelogramm for rear-mounted machines

The long parallelogramms provide enough space to compensate unevenness of the fields on each element, on hills or pans. The retraction support, which you can adjust in three steps, guarantees a better penetration of the hoeing tools, also in hard crusted soils. This allows to work with increased working speed without vibration or jumping of the elements.

Long parallelogramms with retraction support
The wide parallelogramms are equipped with retraction support and durable Farmflex feeler wheels. Furthermore they can be adjusted in the joints, this guarantees a high (side)stability and accuracy even after many years of use.

  1. The parallelogramm is fixed with a clamping lever to the frame
  2. Parallelogramm for front-mounted machines
  3. Parallelogramm for rear-mounted machines

The long parallelogramms provide enough space to compensate unevenness of the fields on each element, on hills or pans. The retraction support, which you can adjust in three steps, guarantees a better penetration of the hoeing tools, also in hard crusted soils. This allows to work with increased working speed without vibration or jumping of the elements.

Individual equipment of hoeing elements
The hoeing section for a row distance up to 90 cm / 35.40" is equipped with up to 5 tines per hoeing element. It is designed e.g. for corn or sunflowers. Protection elements are responsible to protect the plants from spilling (especially in early crop stage). You can find the different options and the different tines in "Technical data" or in "Options". This big range of different hoeing tools make the CHOPSTAR a row crop cultivator, which can be adapted to each condition, crop or type of soil.

Individual equipment of hoeing elements
The hoeing section for a row distance up to 90 cm / 35.40" is equipped with up to 5 tines per hoeing element. It is designed e.g. for corn or sunflowers. Protection elements are responsible to protect the plants from spilling (especially in early crop stage). You can find the different options and the different tines in "Technical data" or in "Options". This big range of different hoeing tools make the CHOPSTAR a row crop cultivator, which can be adapted to each condition, crop or type of soil.

Continuously variable adjustment of the working depth
The working depth of the hoeing section is continuously variable adjustable with a spindle on the depth control wheel. So the working depth of the hoeing tool can be adjusted to the millimetre and it is perfectly maintained during operation. A scale shows the actual adjustment. Each parallelogramm should be adjusted individually, because e.g. the tracks behind the tractor wheels should be hoed deeper in order to break them up.

Continuously variable adjustment of the working depth
The working depth of the hoeing section is continuously variable adjustable with a spindle on the depth control wheel. So the working depth of the hoeing tool can be adjusted to the millimetre and it is perfectly maintained during operation. A scale shows the actual adjustment. Each parallelogramm should be adjusted individually, because e.g. the tracks behind the tractor wheels should be hoed deeper in order to break them up.

High penetration force of hoeing elements
All Einböck row-crop cultivator parallelograms are fitted with three-step adjustable retraction spring as standard. This allows a penetration pressure of up to 105 kg on each hoeing element (depending on the equipment, working position and spring preload). These adjustable springs ensure a smooth running of the hoeing elements even at high working speeds and safe penetration even into hard and crusted soils.

High penetration force of hoeing elements
All Einböck row-crop cultivator parallelograms are fitted with three-step adjustable retraction spring as standard. This allows a penetration pressure of up to 105 kg on each hoeing element (depending on the equipment, working position and spring preload). These adjustable springs ensure a smooth running of the hoeing elements even at high working speeds and safe penetration even into hard and crusted soils.

Design of the finger weeders
The finger weeders, which are available as additional option, are used to break up the unworked hoeing belt (area very close to and between the crop plants) and to control weeds in early growth stage. The two stars of the fingerweeder are placed parallel on both sides of the row and they are mounted on a separate, spring loaded holder. This ensures excellent adaption to the soil and perfect guidance of the fingerweeder - without damaging the crop and especially the roots.

Design of the finger weeders
The finger weeders, which are available as additional option, are used to break up the unworked hoeing belt (area very close to and between the crop plants) and to control weeds in early growth stage. The two stars of the fingerweeder are placed parallel on both sides of the row and they are mounted on a separate, spring loaded holder. This ensures excellent adaption to the soil and perfect guidance of the fingerweeder - without damaging the crop and especially the roots.

Advantages of camera steering system ROW GUARD

  • sideshift frame and row-crop cultivator are mounted very closely together
  • one sideshift frame can be used for several row-crop cultivators
  • latest version of hard- and software
  • reliable row recognition in different row-crops
  • best visibility - even in fields with heavy weed infestation and/or small crop

Advantages of camera steering system ROW GUARD

  • sideshift frame and row-crop cultivator are mounted very closely together
  • one sideshift frame can be used for several row-crop cultivators
  • latest version of hard- and software
  • reliable row recognition in different row-crops
  • best visibility - even in fields with heavy weed infestation and/or small crop

Automatic upper link steering
Rear-mounted row-crop cultivators come standard with an automatic upper link steering system. This ensures exact hoeing, also on hills and bends. Even hoeing in hills with up to 6 % inclination is possible. The row-crop cultivator is guided exactly behind the tractor, even if there are a lot of bends. The cultivator is steered via the upper link of the 3-point hitch by metal gauge-wheels, therefore the machine is used with position control on the 3-point linkage and freely swinging lower links (approx. 7 cm each side).

Automatic upper link steering
Rear-mounted row-crop cultivators come standard with an automatic upper link steering system. This ensures exact hoeing, also on hills and bends. Even hoeing in hills with up to 6 % inclination is possible. The row-crop cultivator is guided exactly behind the tractor, even if there are a lot of bends. The cultivator is steered via the upper link of the 3-point hitch by metal gauge-wheels, therefore the machine is used with position control on the 3-point linkage and freely swinging lower links (approx. 7 cm each side).

Gauge wheels on implements with upper link steering
The gauge wheels ensure perfect guidance of the hoe and stability at hilly conditions. The tractor's front wheels are not relieved of load, as the weight of the machine is carried by the gauge wheels. Especially on hilly conditions, the gauge wheels help prevent the implement from drifting. Scrapers ensure that the gauge wheels do not become clogged.

Gauge wheels on implements with upper link steering
The gauge wheels ensure perfect guidance of the hoe and stability at hilly conditions. The tractor's front wheels are not relieved of load, as the weight of the machine is carried by the gauge wheels. Especially on hilly conditions, the gauge wheels help prevent the implement from drifting. Scrapers ensure that the gauge wheels do not become clogged.

Pushed sections on front mounted machine
The front-mounted row crop cultivator can be used without an extra front mounting support as the elements are strong enough to be operated in pushed position. This results in the row crop cultivator being mounted very closely to the tractor, which has following advantages:

  • Less side pull when working in hills
  • More exact adaption of each separate element because the Farmflex-wheels are running in front of the element
  • Reduced weight to reduce soil compaction
  • Short distance between cultiavator and front axle, therefore higher precision in steering
  • Advantage when driving bends during operation, as well as road transport
  • Better visual control during operation and also road transport

There is a front mounting support available as an option in case needed (e.g. for ROLLSTAR row crop cultivators).

Pushed sections on front mounted machine
The front-mounted row crop cultivator can be used without an extra front mounting support as the elements are strong enough to be operated in pushed position. This results in the row crop cultivator being mounted very closely to the tractor, which has following advantages:

  • Less side pull when working in hills
  • More exact adaption of each separate element because the Farmflex-wheels are running in front of the element
  • Reduced weight to reduce soil compaction
  • Short distance between cultiavator and front axle, therefore higher precision in steering
  • Advantage when driving bends during operation, as well as road transport
  • Better visual control during operation and also road transport

There is a front mounting support available as an option in case needed (e.g. for ROLLSTAR row crop cultivators).

High frame clearance
A frame clearance up to 70 cm / 11.8" makes working in bigger crops like maize, sunflowers, etc. possible. So efficient and careful hoeing / ridging up in late growth stage does not cause any problem.

High frame clearance
A frame clearance up to 70 cm / 11.8" makes working in bigger crops like maize, sunflowers, etc. possible. So efficient and careful hoeing / ridging up in late growth stage does not cause any problem.

Additional options like following weeder tines, section-control element lifting, camera steering system, hilling tools, etc.
Many sophisticated additional options make every Einböck row crop cultivator an individually adaptable machine. So every cultivator is designed to perfectly meet current conditions, crops or types of soil. You can find all various possibilities under "Options".

Additional options like following weeder tines, section-control element lifting, camera steering system, hilling tools, etc.
Many sophisticated additional options make every Einböck row crop cultivator an individually adaptable machine. So every cultivator is designed to perfectly meet current conditions, crops or types of soil. You can find all various possibilities under "Options".

Arrangement of the hoeing elements - Retraction support of the parallelogram
With the tine hoeing elements (e.g. beet, soy, field bean, corn, etc.) from 30 cm / 11.80" row spacing, the hoeing element is placed "under" the elongated parallelogram. It´s advantage is that the hoeing elements and tines are pulled in better even in soils with heavy crusts and hard soils. Due to the long parallelogram, less pressure is needed to push in the tines as if the hoeing elements would be placed "behind" the parallelogram. In addition, an adjustable retraction spring guarantees that the hoeing element gets pushed into the soil and maintains the set working depth.

 

Arrangement of the hoeing elements - Retraction support of the parallelogram
With the tine hoeing elements (e.g. beet, soy, field bean, corn, etc.) from 30 cm / 11.80" row spacing, the hoeing element is placed "under" the elongated parallelogram. It´s advantage is that the hoeing elements and tines are pulled in better even in soils with heavy crusts and hard soils. Due to the long parallelogram, less pressure is needed to push in the tines as if the hoeing elements would be placed "behind" the parallelogram. In addition, an adjustable retraction spring guarantees that the hoeing element gets pushed into the soil and maintains the set working depth.

 

Technical datarow crop cultivatorCHOPSTAR 5-90

  • Row spacing adjustable up to 90 cm / 35.40"
  • Lower links guided on both sides
  • Rear mounted machines: autom. upper link steering with spindle and high-gauge wheels
  • Adjustable retraction support on each parallelogram
  • Farmflex-feeler-wheels adjustable by spindles, ball bearing mounted, Ø 300 mm / 11.80" / 100 mm / 3.90" wide
  • Robust, adjustable parallelogram
  • Last tine with reinforcement spring and height adjustable
  • Particularly good side adjustable tines
  • Parallelogram guided crop deflector plates (height adjustable)
  • Hoeing element complete with 5 S-tines
  • Hoeing element with 3 S-tines
  • Front mounted machines with track indicator for improved guidance
  • Conversion from rear to front mounting

Optionsrow crop cultivatorCHOPSTAR 5-90

  • Finger hoe
  • Rotation weeder element
  • Height-adjustable weeder tines mounted behind the element
  • Various vibro-tines, sweeps, angle knifes, heaping sweeps and heaping elements
  • Serrated crop protection discs, can be fixed in an upright position
  • Warning signs with LED-lights
  • Hydraulic steering pilot for extreme slopes
  • Hydraulic manual steering with seat
  • Camera steering system ROW-GUARD
  • P-BOX seeder for undersowing or fertilizing
  • Other accessories customizable

Videos row-crop cultivator CHOPSTAR 5-90

Videos
row-crop cultivator
CHOPSTAR 5-90

Type/working width

Transport width m 2

Frameprofile length m

tines

Hoe elemets

from HP/kW

Weight kg approx.

Rear with crop deflector plates

EMS 2-row RIGID1

1.60

1.60 / II

11

3

20/15

470

EMS 4-row RIGID

3.00

3.00 / II

21

5

40/30

640

EMS 4-row HG3

3.00

3.00 / II

21

5

50/37

920

EMS 6-row RIGID

4.40

4.40 / II

31

7

60/44

930

EMS 6-row HG3

3.00

4.40 / II

31

7

60/44

1 120

EMS 8-row RIGID

5.80

5.80 / II

41

9

80/59

1 140

EMS 8-row HG3

3.20

5.80 / II

41

9

80/59

1 320

EMS 12-row HG3,5

4.80

8.60 / III

61

13

140/103

2 040

EMS 12-row HG4

3.00

8.60 / II

61

13

140/103

2 270

EMS 16-row HG3,5

6.90

11.40 / III

81

17

160/118

2 550

EMS 16-row HG44.0011.40 / III8117

160/118

2 800

Front with crop deflector plates 

EMS 2-row RIGID

1.60

1.60 / II

11

3

20/15

390

EMS 4-row RIGID

3.00

3.00 / II

21

5

40/30

560

EMS 4-row HG3

3.00

3.00 / II

21

5

50/37

700

EMS 6-row RIGID

4.40

4.40 / II

31

7

60/44

720

EMS 6-row HG3

3.00

4.40 / II

31

7

60/44

1 020

EMS 8-row HG3

3.20

5.80 / II

41

9

80/59

1 220

 

¹ with support - gauge wheels follow the tractor track

2 depending on row distance

3 hydraulic retraction – triple-frame

4 hydraulic retraction - double folding frame, 4 air wheels 18x8.50 instead of upper link steering - Cat. II

5 4 gauge wheels instead of upper-link steering

 

 

 

 

S-tines
For the case that a low working depth isn't so important for the crop or when working in bigger row distances S-tines with 100mm, 120mm or 180 mm duckfoot sweeps are standard equipment.

S-tines
For the case that a low working depth isn't so important for the crop or when working in bigger row distances S-tines with 100mm, 120mm or 180 mm duckfoot sweeps are standard equipment.

Upper link steering
An automatic upper link steering system is mounted as standard on rear-mounted hoeing machines. This ensures precise hoeing even on hilly conditions and curves. Hoeing on hills with an incline of up to 6% is possible. Even in curves, the row-crop cultivator runs as close as possible behind the tractor track. Steering is done via gauge wheels. The implement does not need to be carried by the tractor. It is therefore used with position control and swinging lower links (approx. 7 cm / 2,80" each side). With the CHOPSTAR-TWIN, a ROW-GUARD sideshift frame with camera steering or hydraulic steering control is recommended so that the narrowest possible hoeing band can be achieved.

Upper link steering
An automatic upper link steering system is mounted as standard on rear-mounted hoeing machines. This ensures precise hoeing even on hilly conditions and curves. Hoeing on hills with an incline of up to 6% is possible. Even in curves, the row-crop cultivator runs as close as possible behind the tractor track. Steering is done via gauge wheels. The implement does not need to be carried by the tractor. It is therefore used with position control and swinging lower links (approx. 7 cm / 2,80" each side). With the CHOPSTAR-TWIN, a ROW-GUARD sideshift frame with camera steering or hydraulic steering control is recommended so that the narrowest possible hoeing band can be achieved.

Bolted or clamped mounting of the working tools
All working tools are bolted or clamped to the frame. 
This has the following advantages for the user: 

  • Always a tight fit (no getting lose) of the working tools, especially during working on the field
  • Set distances or working depth are precisely maintained 
  • No deflection of the connections and minimal wear and tear
  • Durable fixings/clamps withstand many hoeing seasons
  • Fixing of the tools without clearance what results e.g. in exact guidance of the sweeps
  • Allows very precise, infinitely variable adjustment

Bolted or clamped mounting of the working tools
All working tools are bolted or clamped to the frame. 
This has the following advantages for the user: 

  • Always a tight fit (no getting lose) of the working tools, especially during working on the field
  • Set distances or working depth are precisely maintained 
  • No deflection of the connections and minimal wear and tear
  • Durable fixings/clamps withstand many hoeing seasons
  • Fixing of the tools without clearance what results e.g. in exact guidance of the sweeps
  • Allows very precise, infinitely variable adjustment

Track indicator
Because the front-view to the crops is often restricted, front mounted machines come standard with a track indicator.

Track indicator
Because the front-view to the crops is often restricted, front mounted machines come standard with a track indicator.

Mounting of lower-links on 3-point hitch
Lower links are guided on both sides to provide high stability.

Mounting of lower-links on 3-point hitch
Lower links are guided on both sides to provide high stability.

Set of wrenches
A set of wrenches, suitable for the screws which are mounted on the row crop cultivator, are included in the standard delivery. So the few bolted holders can be adjusted easily. Bolted tine-holders, as well as holders for fingerweeders, guarantee exact adjustment and precise hoeing.

Set of wrenches
A set of wrenches, suitable for the screws which are mounted on the row crop cultivator, are included in the standard delivery. So the few bolted holders can be adjusted easily. Bolted tine-holders, as well as holders for fingerweeders, guarantee exact adjustment and precise hoeing.

Detail Description:

 

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Section-Control – hydraulic lifting sections
The hydraulic parallelogram lift has up to 35 cm / 13.80" lift height (depending on machine configuration and soil conditions) and is controllable by GPS or pressure switch.
Even with misshapen areas, nothing is hoed out at the headland. This option is especially recommended for contractors or farms with a lot of misshapen areas.
Hydraulic lifting is also possible for finger hoes.

Section-Control – hydraulic lifting sections
The hydraulic parallelogram lift has up to 35 cm / 13.80" lift height (depending on machine configuration and soil conditions) and is controllable by GPS or pressure switch.
Even with misshapen areas, nothing is hoed out at the headland. This option is especially recommended for contractors or farms with a lot of misshapen areas.
Hydraulic lifting is also possible for finger hoes.

Even when working in shapeless fields there is no damage on the crop at the headlands. This option is particularly recommended for contractors or farms with a lot of fields with irregular form.

Even when working in shapeless fields there is no damage on the crop at the headlands. This option is particularly recommended for contractors or farms with a lot of fields with irregular form.

Finger weeders
The finger weeders work in between the plants in the crop row. There is no need to adjust them in angle to each other, as they anyway bend up parallel to the ground when they are adjusted correctly. For front-mounted hoes additional support wheels are required.

Finger weeders
The finger weeders work in between the plants in the crop row. There is no need to adjust them in angle to each other, as they anyway bend up parallel to the ground when they are adjusted correctly. For front-mounted hoes additional support wheels are required.

The spring-loaded holder ensures the fingers will perfectly enter the ground. This is very important so that they can work ideally even on encrusted or uneven fields. There are three different versions of the hardness of the finger weeders, depending on the crop and soil conditions.

The spring-loaded holder ensures the fingers will perfectly enter the ground. This is very important so that they can work ideally even on encrusted or uneven fields. There are three different versions of the hardness of the finger weeders, depending on the crop and soil conditions.

A parallel arrangement of the 2 stars, as well as a separate holder per row for the fingerweeders are important for an exact operation.

A parallel arrangement of the 2 stars, as well as a separate holder per row for the fingerweeders are important for an exact operation.

Finger weeders for double folding frame
To keep the transport width for machines with double folding frame as narrow as possible, there are special holders for the fingerweeders available. Like all Einböck fingerweeders, they have a separate holder on which a parallelogram is mounted that guides the stars left and right of the plant row. In this way, despite the different design, they achieve the same perfect results as the standard holder of the fingerweeder.

Finger weeders for double folding frame
To keep the transport width for machines with double folding frame as narrow as possible, there are special holders for the fingerweeders available. Like all Einböck fingerweeders, they have a separate holder on which a parallelogram is mounted that guides the stars left and right of the plant row. In this way, despite the different design, they achieve the same perfect results as the standard holder of the fingerweeder.

Rotative weeder element
Similar to the fingerweeder the rotative weeder element works the unworked hoeing-strip close to / in the row. The rotating stars ""comb"" weeds out of the row. The trailed-rotative weeder is used in mulch-till and fields with organic matter, because it works without clogging. The holder on which the rotative weed element is mounted is the same as the one of the fingerweeder. Therefore both options can be exchanged easily.

Rotative weeder element
Similar to the fingerweeder the rotative weeder element works the unworked hoeing-strip close to / in the row. The rotating stars ""comb"" weeds out of the row. The trailed-rotative weeder is used in mulch-till and fields with organic matter, because it works without clogging. The holder on which the rotative weed element is mounted is the same as the one of the fingerweeder. Therefore both options can be exchanged easily.

Automatic sideshift frame with camera-guidance
A ROW-GUARD sideshift frame can be mounted to each row crop cultivator, also retro-fitted.

Automatic sideshift frame with camera-guidance
A ROW-GUARD sideshift frame can be mounted to each row crop cultivator, also retro-fitted.

Wide range of different widths of duckfoot sweeps for the vibrotines
The flat position of the sweeps which can be mounted on the vibrotines, enables the machine to cut the full surface between the rows in a shallow working depth, which is important for effective weed control. According to the row distance, crop and consistency of the soil the vibrotines with 32x12 mm (1.26"x0.47") can be equipped with duckfoot sweeps in the widths of 80 up to 300 mm (3.14" up to 11.8"). To change the working depth easily the holders are equipped with slotted groves. The duckfoot sweeps are mounted with screws to the holders, which ensure a secure mounting, but nevertheless they can be changed quickly.

Wide range of different widths of duckfoot sweeps for the vibrotines
The flat position of the sweeps which can be mounted on the vibrotines, enables the machine to cut the full surface between the rows in a shallow working depth, which is important for effective weed control. According to the row distance, crop and consistency of the soil the vibrotines with 32x12 mm (1.26"x0.47") can be equipped with duckfoot sweeps in the widths of 80 up to 300 mm (3.14" up to 11.8"). To change the working depth easily the holders are equipped with slotted groves. The duckfoot sweeps are mounted with screws to the holders, which ensure a secure mounting, but nevertheless they can be changed quickly.

Einböck-special-vibrotines with duckfoot sweeps
The flat position of the sweeps which are mounted on the vibro-tines allows to cut the entire surface even at a shallow working depth, what is important for effective weed control. Duckfoot sweeps for the 40x12 mm (1,57"x 0,47") vibrotines are available from 80 mm to 300 mm (3.14" up to 11.8") width to meet different row spacings, crop and soil conditions.
Slotted grooves on all holders ensure easy adjustment of height position and working depth. The extremely wear-resistant duckfoot sweeps are mounted with a single bolt, what ensures a safe fixing, but they still can be replaced quickly.

Einböck-special-vibrotines with duckfoot sweeps
The flat position of the sweeps which are mounted on the vibro-tines allows to cut the entire surface even at a shallow working depth, what is important for effective weed control. Duckfoot sweeps for the 40x12 mm (1,57"x 0,47") vibrotines are available from 80 mm to 300 mm (3.14" up to 11.8") width to meet different row spacings, crop and soil conditions.
Slotted grooves on all holders ensure easy adjustment of height position and working depth. The extremely wear-resistant duckfoot sweeps are mounted with a single bolt, what ensures a safe fixing, but they still can be replaced quickly.

Einböck-special-ultraflat duckfoot sweeps
To enable a clean and flat cut, extra flat Einböck special duckfoot sweeps with lowest possible earth movement are available as an additional option. These are offered in the following widths: 140 up to 220 mm / 5,5" - 8,6"
They are available for the 30x10 mm / 1.2x0.4" holder and can be mounted on the 32x12mm / 1.2x0.5" and 40x12mm / 1,6x0,5" vibro-tine.
Like all Einböck holders, they also have slatted grooves for easy adjustment of the working depth. This special-ultraflat duckfoot sweep is specially recommended for row-crop cultivators working in narrow row spacing, e.g. grain.

Einböck-special-ultraflat duckfoot sweeps
To enable a clean and flat cut, extra flat Einböck special duckfoot sweeps with lowest possible earth movement are available as an additional option. These are offered in the following widths: 140 up to 220 mm / 5,5" - 8,6"
They are available for the 30x10 mm / 1.2x0.4" holder and can be mounted on the 32x12mm / 1.2x0.5" and 40x12mm / 1,6x0,5" vibro-tine.
Like all Einböck holders, they also have slatted grooves for easy adjustment of the working depth. This special-ultraflat duckfoot sweep is specially recommended for row-crop cultivators working in narrow row spacing, e.g. grain.

Reinforcement spring
Reinforcement spring for the S-tine and the vibrotine ensure ideal work in soil with hard crust, heavy soil as well as stony conditions.

Reinforcement spring
Reinforcement spring for the S-tine and the vibrotine ensure ideal work in soil with hard crust, heavy soil as well as stony conditions.

Angle knives
Straight (1) or offset angle (2) knives are available on request. They are cutting the soil near the plant row and guide the earth flow away from the row. They cut weeds near the row, but minimise the risk of burying. The unworked hoeing-strip can be cleaned by accessories such as fingerweeders or rotative weeder elements. Angle knives can be mounted on Einböck-special-vibrotines with duckfoot sweeps (40x12) and 35x11 holder and are offered in the following widths: 120 up to 200mm (4.7" up to 7.9").

Angle knives
Straight (1) or offset angle (2) knives are available on request. They are cutting the soil near the plant row and guide the earth flow away from the row. They cut weeds near the row, but minimise the risk of burying. The unworked hoeing-strip can be cleaned by accessories such as fingerweeders or rotative weeder elements. Angle knives can be mounted on Einböck-special-vibrotines with duckfoot sweeps (40x12) and 35x11 holder and are offered in the following widths: 120 up to 200mm (4.7" up to 7.9").

Heaping shares for vibro tines and s-tines
Heaping shares are used for hilling up the plant rows in late crop stage (e.g. last use with soya). This strengthens the crop plant (and root) and buries weeds in the row.

For deeper work there are S-Tines with 100 mm or 180 mm (3,93 inch x 7,08 inch) duckfoot sweeps instead of the standard vibro-tines.

Heaping shares for vibro tines and s-tines
Heaping shares are used for hilling up the plant rows in late crop stage (e.g. last use with soya). This strengthens the crop plant (and root) and buries weeds in the row.

For deeper work there are S-Tines with 100 mm or 180 mm (3,93 inch x 7,08 inch) duckfoot sweeps instead of the standard vibro-tines.

Hilling element
This hilling element can be mounted instead of the rear tine for aggressive hilling of the CHOPSTAR 5-90 to maintain potato hills or other hill crops.

Hilling element
This hilling element can be mounted instead of the rear tine for aggressive hilling of the CHOPSTAR 5-90 to maintain potato hills or other hill crops.

Adjustable weeder tines
Adjustable weeder tines can be mounted for pulling weeds to the surface and ensure they dry out. They clean the roots of the weeds from soil and at the same time they slightly level the cultivated ares. The outer tines on the element can be exchanged to direct the earth flow either to or away from the crop row (principle of torsion hoe). This also enables a slight hilling effect.

Adjustable weeder tines
Adjustable weeder tines can be mounted for pulling weeds to the surface and ensure they dry out. They clean the roots of the weeds from soil and at the same time they slightly level the cultivated ares. The outer tines on the element can be exchanged to direct the earth flow either to or away from the crop row (principle of torsion hoe). This also enables a slight hilling effect.

Hydraulic upper-link steering support
The effect of the upper-link steering can be increased hydraulically. At the headland the cylinder always has to be switched to the other direction. It is recommended for slopes over 6 %.

Hydraulic upper-link steering support
The effect of the upper-link steering can be increased hydraulically. At the headland the cylinder always has to be switched to the other direction. It is recommended for slopes over 6 %.

Seeder for undersowing or fertilizing
As options for this operation there are the seeding box P-Box-STI (1) or the front tank JUMBO-SEED (2) available.

Seeder for undersowing or fertilizing
As options for this operation there are the seeding box P-Box-STI (1) or the front tank JUMBO-SEED (2) available.

Monitoring camera for row crop cultivator
The monitoring camera with a special lens for a narrow field of vision is designed for row crop cultivators. It ensures convenient observation and control of the operation and the hoeing belt via a monitor in the tractor cab. The camera is mounted with a holder on the frame of the hoe.

Monitoring camera for row crop cultivator
The monitoring camera with a special lens for a narrow field of vision is designed for row crop cultivators. It ensures convenient observation and control of the operation and the hoeing belt via a monitor in the tractor cab. The camera is mounted with a holder on the frame of the hoe.

Warning signs with LED-lights
For an extra charge, warning signs with LED-lights to the rear and front are available.
(symbol image - different variants depending on the design available)

Warning signs with LED-lights
For an extra charge, warning signs with LED-lights to the rear and front are available.
(symbol image - different variants depending on the design available)


Further tailor-made solutions
For our hoes there are a lot of additional options available. Depending on row distance or other options they might not be available or could not be combined with each other. In addition, there are more options available which are not mentioned here. When you let us know details of your request, we can check the possibility to fulfil your request. To be able to do so, we always need a filled in CHOPSTAR-CHECKLIST.


Manual hydraulic steering
In order to increase the precision of a row crop cultivator without camera steering or to reduce the width of the hoeing belt, a manual hydraulic steering is optionally available. This accessory allows a person to steer the row crop cultivator independently from the tractor. The seat is positioned so that the best view on the crop row is guaranteed. The steering is hydraulically operated, so that even longer hoeing operations can be done. The hydraulic steering is not or only partially usable on machines with fingerweeders and hydraulic lifting of the parallelograms.

Manual hydraulic steering
In order to increase the precision of a row crop cultivator without camera steering or to reduce the width of the hoeing belt, a manual hydraulic steering is optionally available. This accessory allows a person to steer the row crop cultivator independently from the tractor. The seat is positioned so that the best view on the crop row is guaranteed. The steering is hydraulically operated, so that even longer hoeing operations can be done. The hydraulic steering is not or only partially usable on machines with fingerweeders and hydraulic lifting of the parallelograms.

Heavy-duty hoeing section
For deeper cultivation or for very heavy soils and/or higher crops a heavy-duty hoeing section is available, on which heavy S-tines can be mounted. Due to the heavy-duty construction and weight it cannot be used on all soil types and crops.

Heavy-duty hoeing section
For deeper cultivation or for very heavy soils and/or higher crops a heavy-duty hoeing section is available, on which heavy S-tines can be mounted. Due to the heavy-duty construction and weight it cannot be used on all soil types and crops.

Hilling discs
For some crops precise and effective hilling is necessary. This is possible with these hilling discs which can be very precisely adjusted. They cannot be combined with following weeder tines, rotative weeder elements or fingerweeders.

Hilling discs
For some crops precise and effective hilling is necessary. This is possible with these hilling discs which can be very precisely adjusted. They cannot be combined with following weeder tines, rotative weeder elements or fingerweeders.

Forms for CHOPSTAR/ROLLSTAR/HILLSTAR
In order to specify row-crop cultivators to special customer requirements we need detailed information (crops, row distance, section control, etc.) To provide all necessary information, please fill in the corresponding forms you can find at www.einboeck.at/en/forms.

Forms for CHOPSTAR/ROLLSTAR/HILLSTAR
In order to specify row-crop cultivators to special customer requirements we need detailed information (crops, row distance, section control, etc.) To provide all necessary information, please fill in the corresponding forms you can find at www.einboeck.at/en/forms.

Conceptrow-crop cultivatorCHOPSTAR 5-90

  • E.g. for corn, sunflowers, sorghum, …
  • Equipped with up to 5 tines (S-tines or vibrotines)
  • Row spacing: up to 90 cm / 35,4''
  • Following elements: weeder tines, rotative weeder or finger hoe
  • Sweeps and tines: Einböck-special-vibrotines, ultraflat sweeps, angle-knives, heaping shares, … 
  • Protection elements: without protection elements, crop deflector shields or discs
  • E.g. for corn, sunflowers, sorghum, …
  • Equipped with up to 5 tines (S-tines or vibrotines)
  • Row spacing: up to 90 cm / 35,4''
  • Following elements: weeder tines, rotative weeder or finger hoe
  • Sweeps and tines: Einböck-special-vibrotines, ultraflat sweeps, angle-knives, heaping shares, … 
  • Protection elements: without protection elements, crop deflector shields or discs

Concept of row crop cultivators

The concept of the row hoes is its variability and the many possibilities of individual tools for various crops. The same strong and solid frame is used for all row hoes. Almost any row hoe can also be equipped with the automatic camera steering system ROW-GUARD.

The photos and images show possible variants and some special versions. The factual machine configuration may differ from these illustrations.

 

Row crop cultivator CHOPSTAR 5-90

  • Row hoe with vibro tines
  • Perfect mechanical weeding
  • Increased aeration
  • Disruption of capillary action
  • Breaking of crusts
  • Suited for various crops and row distances

Row crop cultivator CHOPSTAR 5-90

Row crop cultivator
CHOPSTAR 5-90

  • Row hoe with vibro tines
  • Perfect mechanical weeding
  • Increased aeration
  • Disruption of capillary action
  • Breaking of crusts
  • Suited for various crops and row distances

The CHOPSTAR 5-90 has up to 5 tines per hoeing element and is used in row-crops with up to 90 cm / 35.40" row spacing, such as corn, sunflowers, etc. Depending on the conditions and the aim of the hoeing pass, a variety of tools such as heaping elements, heaping sweeps, weeder tines mounted behind the elements, finger weeders etc. can be attached to the front or rear implement.

The precision of the CHOPSTAR 5-90 can be further optimized with the camera steering and the ROW-GUARD sideshift frame, the SECTION-CONTROL parallelogram lift and other additional options.

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